Sentence examples for molecular rules from inspiring English sources

How cells form global, self-organized structures using genetically encoded molecular rules remains elusive.

Protein crystallography, used to study this interaction, has already extended our understanding of the molecular rules that govern T cell immunity.

A better understanding of structure-stability-function relationships of family 10 xylanases allows one to apply these governing molecular rules to engineer other TIM-barrel fold proteins to improve their stability and retain function(s) under adverse conditions.

The molecular rules by which stop codons are recognized as premature have been elucidated in organisms ranging from yeast to man.

Cancer cells interact with surrounding stromal fibroblasts during tumorigenesis, but the complex molecular rules that govern these interactions remain poorly understood thus hindering the development of therapeutic strategies to target cancer stroma.

The NMD pathway regulates two main classes of transcripts: The first class encompasses transcripts, which have undergone erroneous processing leading to the generation of translatable PTC+ variants fulfilling the molecular rules of NMD.

Figure 5 shows how we use XSLT to encode a typical rule in the molecular convention: Figure 5 Example rules expressed in XSLT: an atom must have an id attribute and the value of the id must be unique among the ids of all the atoms in the eldest containing parent molecule.

Furthermore, an unpaired electron in the pyridinic ring together with the hydroxyl radical anion will form a radical 6-exo-trig ring closure (classified according to Baldwin rules), generating the molecular pattern (6 7).

Molecular design rules for triarylamine-based spin bearing ligands are discussed.

Useful molecular design rules for stabilizing the dicationic states of N,N,N′,N′-tetraaryl-1,3-phenylenediamines as precursors for positively charged high-spin systems were elucidated.

We also demonstrate that both catechol and methyl phosphonic acid are promising binding groups for NiO sensitizers to replace classical carboxylic acids in NiO sensitizers and finally we report molecular design rules to elaborate a new generation of better performing ruthenium polypyridine sensitizers.